A Study on how the use of Internet of Things Technology Can Help in Repelling the Wild Animals which Infiltrate the Farmland and Destroy Crops

Authors

  • Aniket K Bait Research Scholars
  • Sunny B Pandey

Keywords:

IoT, Wi-Fi, LED, Infrared

Abstract

Use of technology has become increasingly common in day to day
lives of almost all the strata of society. There has been a surge in the
demand of Internet of Things (IoT) in many sectors, which has led the
academia and industry to invest time and resources in the research
on how IoT can be used to solve the problems faced by the humans in
any domain. In the domain of agriculture, the application of IoT has led
to precision agriculture, smart farming, crop health monitoring, etc.
This paper proposes the development of Internet of Things application
for crop protection to prevent animal intrusions in the crop field.
The development of an animal repelling and a monitoring system is
considered to prevent potential damages in Agriculture, both from
wild animal attacks and weather conditions

Author Biography

Aniket K Bait, Research Scholars

 MCA, Thakur Institute of Management Studies, Career Development and Research (TIMSCDR)
Mumbai India.

References

IoT Solutions for Crop Protection against Wild Animal

Attacks Stefano Giordano, IliasSeitanidis and Mike

OjoDepartment of Information Engineering,University

of Pisa

https://homeguides.sfgate.com/outside-lights-deteranimals- 95047.html

Top Five Strategies to Protect Crops from Wild Animals

- Ines Hajdu Agronomy Expert.

Indianapolis Educational Article of the Month - Will

a High Pitch Sound Deterrent Machine Repel Wild

Animals?

Patterns of crop damage by wild boar (Sus scrofa) in

Luxembourg over a 10-year period.

Scaring as a tool to alleviate crop damage by geese:

Revealing differences between farmers’ perceptions

and the scale of the problem - Caroline E. Simonsen,

Ingunn M. Tombre, Jesper Madsen

Use of frightening devices in wildlife damagemanagement - Jason.

M. Gilsdorf University of Nebraska; Lincoln Scott E.

Hygnstrom University of Nebraska-Lincoln; Kurt C.

VerCauteren USDA- APHIS-Wildlife Services.

Published

2020-06-04